HANS M360

Overview

Equipment size: 2260mm X 1180mm X 2550mm; maximum molding size: 350mm X 350mm x 400mm; weight of equipment (without accessories): <3000kg. Laser power: 500W/500W*2 (optional); beam quality: M²<1.1; laser wavelength: 1060nm~1080nm; spot diameter: ≤90μm; optical components include F-theta lens and scanning galvanometer; scanning speed: ≤10m/s. Powder layer thickness: 20μm ~ 100μm; powder supply method: Downward powder delivery; oxygen content: ≤100ppm; gas protection: Nitrogen/Argon; features include a safe, stable and efficient gas cycle filtration system. Software: Magics+BP/Hans M Path; power supply/power consumption: 380V±10%, 46A/26KW; applicable materials: stainless steel, mold steel, cobalt based alloys, high-temperature alloys, titanium alloys, aluminum alloys, etc; product features also list a full open process parameters package and an optional double galvanometer. Stated suitable applications include hand plate, shoe mold, 3C, automobile and other industries. For the mold industry the input specifies that 3D printing applications reduce the production cycle and manufacturing cost and that improvements in mold design increase diversity and functionality, with examples including water cooling and shoe mold. For the automotive industry the input lists structural optimization, research and development trial production, small batch production, personalized products and spare parts; it also states that structural optimization can reduce vehicle weight and fuel consumption, development and trial production without opening mold can shorten the vehicle development cycle, mass production can realize digital manufacturing without tooling fixture, personalized products can be designed according to individual needs, and spare parts manufacturing can reduce the occupation of capital, space and production capacity. Sample parts provided: Differential, Gearbox, Mold, Brake Plate, Conformal Cooling Mold, Shoe Mold.